A scenario approach to estimate the maximum foreseeable loss for buildings due to an earthquake in Cape Town

IF 0.1 Q4 BUSINESS, FINANCE
A. Kijko, A. Smit, Natalie Van De Coolwijk
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引用次数: 6

Abstract

A methodology for the assessment of the probable maximum loss associated with an earthquake is described and applied to the Cape Town central business district. The calculations are based on the effect of the two largest earthquakes that occurred in Milnerton in 1809 and Ceres–Tulbagh in 1969. The investigation concludes that if buildings and infrastructure in an area follow the SANS Standard 10160 for seismic loading of 0.1 g, they are exposed to significant seismic risk. The main purpose of this research is not the accurate quantification of expected losses to Cape Town’s infrastructure, but to raise awareness between civil engineers, the insurance industry and disaster management agencies that seismic hazard is an issue in South Africa and must be considered as a potential threat to its residents and infrastructure. Keywords: Probable maximum loss (PML); seismic risk; hazard; expected damage; Cape Town; short-term insurance
一种情景方法来估计开普敦地震对建筑物造成的最大可预见损失
本文描述了一种评估地震可能造成的最大损失的方法,并将其应用于开普敦中央商务区。这些计算是基于1809年发生在米尔顿和1969年发生在谷神星-图巴格的两次最大地震的影响。调查得出的结论是,如果一个地区的建筑物和基础设施遵循0.1 g地震荷载的SANS标准10160,它们将面临重大的地震风险。这项研究的主要目的不是准确量化开普敦基础设施的预期损失,而是提高土木工程师、保险业和灾害管理机构之间的认识,即地震危害是南非的一个问题,必须将其视为对其居民和基础设施的潜在威胁。关键词:最大可能损失;地震风险;风险;预期损失;开普敦;短期保险
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来源期刊
South African Actuarial Journal
South African Actuarial Journal BUSINESS, FINANCE-
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